Android Malware Application Detection using Multi-layer Perceptron

Gokhan Altan, Furkan Pasalioglu
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Abstract

Cyber-attacks are one of the most critical problems that seriously threaten society. Whereas there are various presentations and ways of carrying out cyber-attacks, numerous mechanisms and techniques exist to defend applications. Many malware creators have chosen the Android operating system as a target due to its popularity. Thousands of new malware samples, aiming to infect new devices daily, are trying to circumvent the security measures implemented by Android app stores. This study experiments with a multi-layer perceptron model for Android malware detection. This proposed system is based on static analysis techniques on Android. We analyzed popular machine learning algorithms with a total number of 129013 applications (5560 malicious and 123453 harmless software). We achieved higher malware-detection rates of 97.60% in the iterations.
基于多层感知器的Android恶意软件应用检测
网络攻击是严重威胁社会的最关键问题之一。尽管实施网络攻击的表现形式和方式多种多样,但存在许多保护应用程序的机制和技术。许多恶意软件创建者选择Android操作系统作为攻击目标,因为它很受欢迎。每天都有成千上万的新恶意软件样本试图感染新设备,试图绕过Android应用商店实施的安全措施。本研究利用多层感知器模型进行Android恶意软件检测实验。本系统基于Android上的静态分析技术。我们分析了流行的机器学习算法,共有129013个应用程序(5560个恶意软件和123453个无害软件)。我们在迭代中获得了97.60%的较高恶意软件检测率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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